H2BXG-10102-B6

Jumper Wires

Jumper wires, also known as jumpers, are short insulated wires with exposed ends that are used to link two electrical points together and transfer power or signals between them. They come in various sizes and lengths, usually between 4-30 cm (1.5 to 11 inches). They are typically made from stranded wire, meaning strands of copper, rubber, or plastic surrounding the conductor, and are pre-cut with a specific length. Jumper wires also come with different colors and insulation thickness, usually ranging between 22-16 AWG (American Wire Gauge).

Pre-Crimped Leads

Pre-crimp leads are the next step up in precision wiring, enabling more accurate connections than jumper wires. Unlike jumper wires, pre-crimp leads come with a crimp already attached to the end of the wire and a strip of insulation covering the crimpy, preventing any accidental shorts. The crimps are usually made from nickel-plated copper and are available in a variety of sizes. Pre-crimp leads are often used to connect together signal wires, allowing a cleaner, more secure connection without any difficulty.

H2BXG-10102-B6 application field and working principle

The H2BXG-10102-B6 is a high-performance Jumper Wire that is designed to suit a variety of applications. It features a Nickel-plated brass crimp that is designed for increased strength and reliability. It has an operating temperature range from -40°C to 120°C and is available in multiple lengths. The wire is insulated in a PVC jacket, which helps to protect it from wear and tear, while also providing good insulation against electricity and heat. Its flexible design makes it well-suited to applications that require tight bends or sharp turns. The working principle is relatively simple, as the jumper wire simply acts as a conductor, allowing electricity or signals to be transferred from one point to another.

The H2BXG-10102-B6 is a reliable and secure option for connecting circuits. Its crimps are designed to be strong and durable, providing a reliable connection even under harsh conditions. The insulation is thick enough to provide protection from heat and electricity while still remaining flexible and easy to work with. It can be used for a variety of applications including connecting circuit boards in small electronic devices, connecting antennas, and connecting sensors to microcontrollers.